Acronis Launches Simple, Fast Backup and Disaster Recovery for VMWare

Acronis vmProtect 6 has been engineered exclusively for VMware vSphere servers (v4.0, 4.1 or later) using ESX and ESXi hypervisors. It provides businesses with a simple-to-deploy, easy-to-manage disaster recovery solution for agentless back up and quick recovery of their VMware virtual environments.

Priced at US$499 per CPU and with unlimited P2V (physical to virtual) migrations, Acronis vmProtect 6 represents an affordable backup, migration and disaster recovery solution for the growing number of businesses moving to a VMware virtualized server environment.

With an install-to-start backup time of approximately five minutes, Acronis vmProtect 6 can recover a virtual machine directly from a backup image, without having to do a full restore, and actual recovery times can take less than a minute. Independent tests show it to be three times faster than the leading competitor to install and start to backup VMware vSphere virtual servers.

Acronis vmProtect 6 can be installed as a virtual appliance, eliminating the need to purchase any additional hardware and minimizing memory consumption and management overhead. The backup process itself also becomes a quick and easy task. A web-based interface allows remote management, even on a smartphone, simplifying management and reporting tasks.

Acronis vmProtect 6 offers both image and file-level recovery options, which allows users to restore precisely the data that is needed. The granular nature of the application makes it possible to select individual volumes to back up and, for even faster backups, users can analyse the file system to avoid backing up unused blocks and exclude individual files and folders such as temporary or page files.

Data deduplication and compression capabilities are included for free with Acronis vmProtect 6 and these further reduce the time taken to back up and recover as well as cutting storage costs. In addition, for added security, backups can be encrypted using industry-standard 256 bit AES algorithms.